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THRa (Thyroid Hormone Receptor alpha)

Organism
Oreochromis niloticus (Tilapia)
GO term(s)
Molecular Function: GO: 0003677, GO:0003700, GO: 0003707
Cellular Component: GO: 0005634
Biological Process: GO: 0006355
Paralogs
Sequencing Methods
thraa: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_167423.2) annotated using gene prediction method: Gnomon, supported by EST evidence.

thrab: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NT_167444.1) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence.
Citations
Sequence >XR_269127.2 Oreochromis niloticus thraa (partial seq. of: XR_269127.2)
AGGGATCCTCTCCCACTGTCTACCTCCACCACCCAAACAGCCAGCCCGGTGACTGGAACACGGAGCAAAAATACACCCGT
GACCTGCCACTGTTGTTACCGTGACAACCAGTATTGCCTCTCAAGATCTCCTCAGTGCAACCGTGACGTGAGCAAAGACC
TTTGACCTGTAACCACCCGCCAGCCCTTACCTGTTCACTGCCTAAATAGAAGCGATCAACACAAACCTGGTCTGCTTTAC
CTAAAGGAAAACCCTCATTAACCTCATACTTTCTACTCCAGGCAGACAACTGTATACCTCAAACACAACTTCTGGATAGT
CAGGAAACAGAAGTAAACTTTCAGTCACGACTCACTATCCTGGTGCTTTAATCTACCCAGCAGGCAACACACGCTCACTA
ACCTGATGCTTCAAGCCACGCAGTAGACTTCTCACTCTGGAATCTTCCAATTGCCTTAAAGGCACGAGTATAGCAACAGT
AGCCAGGTACTTGCACGAAACATCAGTTCATCTGATCCTCAGCAAAGTCACATCATACACAAGCCTCAAGATCTGAGCAG
TAGCAGAAATCAGCAATCGCCCAGGGGACCCCTTTGGAAGTACCCCCACCGCCTTGAGTTTGGACGTCTCTTTGGGACAC
CTGCGGAGTAGTGAAGCTACCCCAGGAAGAGCAGAAAGTATTGGGAGCCTCATGTTCTGTTACTACTCTGCAGGAGGATG
CAAAAAATAAAGAACTGACTGTCAGATTTAACAGAGAGTGTTATATGCCCGAACGACGTAAAGACAGAACAGATCTGTAT
GGCGTGACAGTGAAGAATAAAAGAAGGAAACAAAACAAGCTTCTCCTACAGATGAGAATATAATGCTTTCTGCTCCGCCC
ACTGCGCTCCTCCCAGCCAACCGCTGCCTATAGTCTGGGATGGTTAGCTACTGAGCGGGCTGCCAGTGAACGCTGAGCAG
GCTGGCGAGCTCAGCATCTGCCTCGCTGTCCTGTGATTGGCTGCTGGATGGGACTGAGGCCGAATGGAGCCAATGTCCAA
CAAGCAGGATAGCAACTCATCTGAGGGAGATGAGAAAGGGTGGCCAGATGTGCCGAAAAGAAAGAGAAAGAACAGCCAGT
GCTCAGTGAAGAGCATGTCCGCTCTTAGCGTCTCTGTTCCAGGGTACATCCCCAGCTACCTGGAGAAGGACGAGCCGTGT
GTAGTGTGTGGGGACAAGGCGACTGGGTACCACTACCGCTGCATCACGTGTGAGGGCTGCAAGGGTTTTTTCCGCCGGAC
CATCCAGAAGAACCTCCATCCGTCCTACTCCTGTAAATATGAAGGTTGCTGCATCATCGACAAGATCACGCGCAACCAGT
GCCAGCTGTGCCGCTTTAAGAAATGCATCTCTGTGGGCATGGCCATGGACTTGGTGTTGGATGACTCAAAGCGCGTGGCC
AAGCGCCGTCTGATCGAGGAGAACCGCGAGAAGAGGAAGAAAGAGGAAATGATGCGGATGCTACAGACGAGGCCAGAGCC
AGACACCGCAGAGTGGGAGCTGATCAGGATGGTGACCGAAGCCCACCGGCACACCAACGCCCAGGGCTCCAGCTGGAAAC
AGAAGCGCAAATTCCTGCCCGATGATATTGGCCAGGGTCCTATGGTGCCCACTTCAGACGGAGATAAGGTGGATCTGGAA
GCCTTCAGTGAGTTCACCAAGATAATGACCCCTGCCATCACTCGCGTCGTCGACTTTGCCAAAAAACTGCCCATGTTTTC
AGAGCTGCCTTGTGAGGACCAGATCATCTTGCTGAAAGGCTGCTGCATGGAGATCATGTCGCTGCGTGCTGCTGTGCGCT
ACGATCCCGACAGCGAGACTCTTACTCTAAACGGCGAGATGGCCGTGAAACGCGAGCAGCTGAAGAACGGCGGGCTGGGC
GTGGTGTCGGACGCCATCTTTGATCTGGGCAAGAGTCTAGCACAATTTAATCTGGACGACTCGGAGGTGGCACTGATGCA
GGCGGTGCTGCTCATGAGCTCAGACCGTTCAGGGCTGACCAGCATGGAGAAGATTGAGCAGTGCCAAGAGGCTTACCTTC
TGGCGTTCGAGCACTATATAAACTACCGCAAGCACAACATTCCCCACTTTTGGCCCAAGCTGCTGATGAAGGTGACAGAC
CTGCGCATGATCGGGGCTTGCCACGCCAGCCGTTTCCTTCACATGAAGGTTGAGTGTCCCAATGAACTGTTTCCCCCGCT
CTTCCTGGAGGTGTTCGAGGACCAGGAAGTGTAA

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>XM_013273434.1 Oreochromis niloticus thrab
AGCAGCTGACTGTAAGAGGTCTCAGGTCCCTGTCTCTGAACCAATCAGCTGAAAGAACAGAGGCAAGGAGGACTGCACAA
CGCAGGAGGCCTGGGGAAATCATTAACTCCACGCTCGCGCAGTATGACTGCCTGGATCCCACTCCTCCCTCTGCGTTCCT
GAGACTGTCATCCACCTCCAGCCCTGGCCTCAAGGCCAGCTGATTTACCCGTGGAGCCTCCATCATCTTTCATATTTTCC
AGCATCACCGTGAGCAACGACACACCGGGTGCACTCCTTTTGGAGAAACGCCCAAAACCCACCTTCCAAGGACCCCAGGG
ACCGGCCCCTAGGGACCGGCCCCTGTTATGTTTTGTTGACCGACTCGTCCCAACCGGCGAATGACAAGTGTGCATCCGAG
GGTGGGGCTTGCCTCAGTCTCTCATGATTGGCTGCTGGATGGAATTAAGGTGAATGGAACACATGCCCAAGGAGCAGGAC
TCTAACCCATCAGAGGGAGAAGAGAAACAGTGGCTCAATGGCCCAAAAAGGAAGAGGAAGAACAGCCAATGTTCGGTGAA
GAGCATGACTGGGTACATTCCCAGCTACCTCGAAAAGGATGAGCCATGTGTGGTGTGTGGCGACAAGGCCACAGGTTACC
ACTACCGCTGCATTACCTGCGAGGGCTGCAAGGGTTTTTTTCGTAGGACCATTCAAAAGAACCTCCACCCGACCTACTCC
TGTAAGTACGATGGTTGCTGCATCATCGACAAGATCACCCGCAACCAGTGCCAGCTGTGCCGCTTCAAGAAGTGCATTGC
TGTGGGCATGGCCATGGACTTGGTACTGGATGACTCAAAGCGGGTGGCTAAACGGCGCCTGATTGAGGAGAACAGGGAGC
GGCGTAAGAAGGAGGAGATGGTAAAATCCCTCCAGAGCCGTCCGGAGCCCACGGGGGCCGAGTGGGAGCTGATCCGCTTG
GTGACAGAGGCCCATCGTCACACCAATGCTCAGGGCTCACAGTGGAAGCAGAAGCGCAAATTCCTGCCAGAGAAAATCGG
CCAGTCTCCAGTCGCTCCAACATCAGACGGAGACAAGGTGGACCTGGAGGCCTTCAGCGAGTTCACCAAGATCATCACTC
CCGCCATCACCCGTGTCGTTGACTTTGCCAAAAAACTGCCCATGTTCTCTGAGCTGCCTTGTGAAGACCAGATCATCCTG
TTGAAGGGCTGCTGCATGGAGATCATGTCCTTGCGCGCAGCCATGCGCTACGACCCGGACAGCGAGACGCTGACGCTCAG
TGGGGAGATGGCTGTGAAGCGGGAGCAACTGAAGAACGGCGGGCTGGGCGTGGTGTCGGACGCCATCTTTGATTTGGGCA
AGAGCCTGGCACAGTTCAACCTTGACGACACGGAAGTGGCGCTCTTGCAAGCCGTGCTTCTCATGAGCTCAGATCGCTCA
GGCCTGACCTGTACGGACAAGATCGAGAAGTGCCAGGAGACGTACCTGCTGGCGTTCGAGCACTACATCAACTACCGCAA
GCACAACATTCCCCACTTCTGGCCGAAGCTTCTGATGAAGGTGACGGACCTGCGGATGATCGGGGCGTGCCACGCCAGCC
GCTTCCTTCACATGAAGGTGGAATGTCCCAACGAACTCTTCCCCCCGCTCTTCTTGGAGGTCTTCGAGGACCAGGAGGTG
TGAGACACACTTGCCGGCACGCAAAGGGAAGAGAAAGTTGGAGCGAAACAGAAGATGGGTTAGTCCATCGTGTTTGTGGA
GGAAGAATGGAGGGAGAATCCTCTCTGCAGGAATCTGCATTTCTCTGACATCACATTCACAGTATGTGGTTTTAAAACTG
GAAACAACAATATCAGAAACGACACACCAGCAACAGGAGAGTGAAGCAAACAGAGGATTTTGTTTTGTGAACACCCTCTT
CTCCACCTCTTTCTCCTCCCTATACCAACCCCTGTTTTAAAATCTGTTTGGGGGCCCTTCTGTCTGAGCATGATGTCTTA
TCTAGTAAGAGTTGTAGCCATTTGCCAAGACACAAACACACAGACACACACACACACACCCACTCACAGCCTGTTCCACC
TCAGTTCTTCAGGGCAGCACTCTTTGCAGGGTCAGTTTCCCCTCCTTGGTTTTATTGTAGCGGTCACAGATTTACACTTG
TCTTGAAGCCCATGTTTCCAGCGTCAAAGCTGGCCAGCACCTCTCAGTATTATTTCTGAATAAGTGTTAAGGCATTGATT
CAGAAGGTATGGACAGTAGTGTCATATCGTTGCTCACAGTCATGCAGGCGCACGCAATCAGCAGACACTGCACATTAAAA
TTTCAGCAGACGTTGTAAACGTTTCCGTGGTGTATAACGGCGGCAGTAAAGCAGAGCAGCCACACCACTTATCAATTACT
CAACTCAATCTGAGCCATGACAGCTGTTTTGGAGCTTGTTCTTCTCATATCCCTGTGAAACCGGTGCTATATTTATATAA
GGCTACTCCAGTTTTATGAAATTGTGTTCTCTACCTTTGAAAAACATACAGACCATGGCTCCATATCTACCTTCATTTTT
GTCATTGGACCGGTTCCTGTGACATACAACACACACACATACGCACACACACATGAGCAGACTTGCCTTGTCATTGCCTA
TGCTGCTTGTGCCAGCAGCCTACCATCTTATGAATGACAAGTAAGCCCTTCTCTGTCTGAAGAGTTACAGCATTGAAGGA
AGGGAAGGAAGCGAAAAAGAAGGGGGAGGAGAAAGGGAGATGCTTAGAGGGGAGGCGGGAGAAAAGGAAGGCACAGGGAC
AGAGAGAGGAATTACACCGTAAAAGCTGGACTATAGATTCTGAGCCAGGGGTCAGAAGTAAATCTCCCACACCCAACCTC
CGAGGAGGTTCTGAATAGCAGCAAACACCAGCAAGACGGCAGGGCTCATCACGTATACACACTGACTCTCTTTTTGTCTT
TTTAACTCTCTCACACACACACACACGAAAACACACATCACCTCAGAGTAACGTGAATGCCTCATTTTACTGTATGCACT
GCACGGCAGTGTTGATATACAGCCCTAACCTGCAGGGTTTGTACAGAGTCCTCTTCTCGTGGGCTCAACTCAGTGTGGCC
CCTCCAGGCTTCCATACACATTTGCCTTCTGTTTTGATTTTTTTCTTGTTTTTTGGTTATTTTATTCTATTTTTTTATTT
TAACATGGGCGTCACTGAGAGCAGGCAAATGCCAAGAAGGCTACCATTTACCTCAAAGTGGACACACCCCTAGGCTGGGG
CAGCATTACTGCCCCTGTGGTGTCAGGCACTACCTCACCTCTGTGGACACAGGGCAGCTGCCCACAGCCTACACACAGAC
ATACACCATTCGAGTTGGAGCATGTGTAGAATGACACACAGATGTGCATAGCTTTTTGCGGAGGTGCACACTCGTAGTCA
TGGAAAGACACAAACATTCGCAGAATACACACACATACACACAGCGCTATCACTTGGTTCAAATGAAATACCACTGAAGA
CAGGAGGGCCAACCATCCCCCTGGAAGGTTTTACCCCCTTCCAGGGAGTGGTACCCATAACATTTGGGTTATCTCTTTTT
TTTATTTTTTTTTTTATTTTATCAAGTGGGACCAAGTGTCATCTTTTCAAATTTGGATTTACCAGTTTCTCTAAAGACAG
AAACCGAGTCGCAGAAGCAACGAAGGACAGCGTGGGATGTGCAGCCCATTAAAGCAAAAAGCAGCAAGAGGAACAATTAC
ACAGAGTTACCAATAAGTCAAGGTGGCCACGCCCGTCAAATCAGCATGCAAAGAAAGGGCGATTTCCATCTGCATGGTGA
TGACGTACCACGCTACACTTATGATAGCTGCCACTGGAGCTTGGTAAATATTTTCATGGAAAATTTCAGCTTTCTGTCAT
GCATGGGCAGAGTGTTTGACATAAAAAATGATGGAGTGAAGCCTGCTCACAGGCAACTCAACCGCACTTCTAGCTTCCCA
ACGCTCACTACTATAGCAGTAATATCTCAGCTCAAACATCCATGGCAGATATGATAAGTTTACCCTCCAAATGACCATAC
AAGAGTGTTTGATTTGATTTCAAAAGCTCACTCTGCTCAATCCAATTCTGGGGCCAAGCCAAATCTAACTGGGTTGAAAG
AAATCTAGTCTATTTTCTATCCAATACCGAGCTGTAGTTTATACTGGGCGCATGCACACCATGGGTTATCCACACCCCCT
CAGAGCTTGAGTGCAGTTGGGAGGGGAGAGGAACTGGAACACTGTCTTTGGGCACAGCGGTGGAGTCTGGTTTGACTCTT
CCTAAAGTCCATCACCACCTCTAGAGATCCATCCCCACTCTTCTTTTTTCTACCCTCCTCTTGTCCAGTCCGTGACATTG
CCCTTTCTGGAGCCTAGCTCAAGTCTAATACTGCCCCGCCATCAATATGATAACAGACCCCACTCAGCCAGGCTGGTGGG
AGTTTTTGCACTAATGCAACAGCCCATAAACTCTCCTTTTCAGATTAGTTTCCCCAATTAAAATTGACCACAAATGGGTA
TCCTGAGCTGCTCTGTGTAACGGGGCCTTTTCACTTGCAGTGGGCTCGGCCCTAAACCTGTCCTGTTGTCAGTATTACAC
CAGTAGAACCAAAACAGCCCAGAAGCAGGGGGCAGAGATCCCTCCCTAGGAGGGCTTTCTCTTTATCCGTGTAGTACTCA
CTGTCCCATACCAGAGCCCACTCAAATTTCACTTTAAGCCCTCCTCTGAACACTGAAAATCCTCTCCTTTTCCCAAAGCA
TCCTAGCTGTCACCACTGAGCAGTTCATACCCAGTTTTGTCCAGATTCATTCACACCAAACAGGATCCAGGCCTTGTGAA
ACAAGGCTGGCCATAACTGCCCTTTTAGAGTGGCGCCACCAATTGAATGTGACCGGCAAAGCAGCAGGGATGAGAGACTG
GAGTGTGAGAATGCGAGGATGCAAGAGAAGAAGAAAGGACAGGACAGGAAACAAACAAACAAACAAACAAAGCTGAGGCC
CCAACCCTCACTGCCATCATTGACATGGGCGAGAGGGGGTGATGTGGCTGGTTGCAGAGACGATGTCGTCAAACACACGG
AGGAAGGGCGGATGTCCCCTTCGGCTCCCACGCAGCCCCACGCGAACCCCCGCTCCTGTGCCAGCTGACGACCCTAAATG
TCCTCCCTCAGCTTCCTCTGTAAGGATAACCTCCAACGTTCAGATTGTGAGGATCAGGAAGACAGATCCCGCATTCCTGA
GATGCAGGTTTGGGATTCCAACACATCTTTGTAAAAGAACCGAAAAAGAAATCGACGTCCTTTGTTGTCGTGAGCTGACT
GGGTATGTGCGTGTGACAGTAGGGGTTATAATGCTGCTTTTTACCTTCTGAGTCTGATGTAGATTAAGAAAACAAAAGAT
ATATGAAAAGGATTTTACATCCATCAAACAATATGAAAAAAAAGATGACTTTAAAAAAAAGACTCCTGAACAAAATTATT
GGAGATTTTTTTTCATTTTAT

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Organism

GO term(s)

Paralogs

Sequencing Methods

Citations

Sequence


Data input by Elisavet Kaitetzidou

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